A pulse is solution of a boundary-initial value problem for the wave equation.We investigate the propagation in the z-direction of a Maxwell-Hopkinson dielectric of three kinds of pulses launched from the z = 0 plane at some time: harmonic plane wave, Bessel wave, distortion-free progressing wave. We prove that at high frequency, and as soon as the transient state has died out, these pulses propagate with an exponential attenuation factor in the direction of propagation
This dissertation examines models, methods, and applications of electric field pulse propagation in ...
As shown in [1], nonlinear plane waves may propagate without distortion along the surface of a diele...
We obtain analytical solutions, by way of the homotopy analysis method, to a nonlinear wave equation...
A pulse is solution of a boundary-initial value problem for the wave equation.We investigate the pr...
In two volumes, this book presents a detailed, systematic treatment of electromagnetics with applica...
AbstractThe propagation of an intense plane-wave pulse into a nonlinear dielectric half-space is con...
The resonant propagation of an optical pulse in a two-photon absorber with a coherent initial excita...
The resonant propagation of an optical pulse in a two-photon absorber with a coherent initial excita...
An electromagnetic truncated Gaussian pulse propagates through a waveguide with piecewise different ...
Abstract—When an ultrawide-band electromagnetic pulse pen-etrates into a causally dispersive dielect...
One-dimensional pulse propagation in temporally dispersive dielectrics is analyzed using a scalar, c...
This thesis treats the problem of transient electromagnetic pulse propagation in temporally dispersi...
In this paper, wave propagation of electromagnetic pulses in media that are periodic in one spatial ...
Thesis (Ph. D.)--University of Rochester. College of Engineering and Applied Science. Institute of O...
Solving the inhomogeneous Maxwell equations in the spacetime domain, the formation of electromagneti...
This dissertation examines models, methods, and applications of electric field pulse propagation in ...
As shown in [1], nonlinear plane waves may propagate without distortion along the surface of a diele...
We obtain analytical solutions, by way of the homotopy analysis method, to a nonlinear wave equation...
A pulse is solution of a boundary-initial value problem for the wave equation.We investigate the pr...
In two volumes, this book presents a detailed, systematic treatment of electromagnetics with applica...
AbstractThe propagation of an intense plane-wave pulse into a nonlinear dielectric half-space is con...
The resonant propagation of an optical pulse in a two-photon absorber with a coherent initial excita...
The resonant propagation of an optical pulse in a two-photon absorber with a coherent initial excita...
An electromagnetic truncated Gaussian pulse propagates through a waveguide with piecewise different ...
Abstract—When an ultrawide-band electromagnetic pulse pen-etrates into a causally dispersive dielect...
One-dimensional pulse propagation in temporally dispersive dielectrics is analyzed using a scalar, c...
This thesis treats the problem of transient electromagnetic pulse propagation in temporally dispersi...
In this paper, wave propagation of electromagnetic pulses in media that are periodic in one spatial ...
Thesis (Ph. D.)--University of Rochester. College of Engineering and Applied Science. Institute of O...
Solving the inhomogeneous Maxwell equations in the spacetime domain, the formation of electromagneti...
This dissertation examines models, methods, and applications of electric field pulse propagation in ...
As shown in [1], nonlinear plane waves may propagate without distortion along the surface of a diele...
We obtain analytical solutions, by way of the homotopy analysis method, to a nonlinear wave equation...
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